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In-situ Ocean Data Collection

Gather high-quality, real-time data directly from the source with advanced sensor technology for safer operations, environmental resilience, and decision-making.

Understanding the ocean starts with precise, real-time data collected directly from the source. Our solutions provide reliable, high-quality measurements to enhance scientific research, maritime safety, and environmental management. Designed to withstand extreme conditions, our sensor-equipped buoys monitor variables such as waves, water quality, or coastal sediment changes, offering critical insights for early warning systems, climate resilience, and sustainable ocean activities.

OceanSense Buoy

Comprehensive multi-parameter monitoring for ocean condition

The OceanSense Buoy is a versatile solution for real-time ocean monitoring, available in three models tailored to measure a range of parameters, including sea surface temperature (SST), conductivity, salinity, oxygen, dissolved solids, chloride, chlorophyll, pH, and turbidity. Designed for durability and ease of use, it features a rugged, stable structure ideal for maritime environments. Powered by autonomous photovoltaic systems, it ensures seamless data transmission via GSM/4G or satellite, delivering reliable oceanic data for research and operational needs.

Brizo and Brizo-X

Wave sensors for enhanced data collection

Brizo and Brizo-X are advanced directional GNSS wave height sensors that upgrade any buoy with high-precision wave monitoring. They measure, record, and transmit wave coefficients and spectra using GPS and GLONASS signals (L1 & L2). Built to withstand harsh marine environments, these sensors provide critical wave statistics, including significant wave height, maximum wave height, dominant wave period, direction, and wave spread—essential for scientific and operational applications.

OceanWave Buoy

Accurate wave and sea surface temperature data

The OceanWave Buoy provides precise measurements of wave height, period, direction, and sea surface temperature (SST) with 0.1º accuracy. Compact yet robust, it is engineered for stability and durability in maritime environments. Its autonomous photovoltaic power system supports uninterrupted data transmission via GSM/4G or satellite, making it an ideal tool for real-time wave monitoring and oceanographic studies.

Water Quality Sensors

High-precision optical sensors for aquatic monitoring

Ares Water Quality Sensors are state-of-the-art optical instruments designed to measure key water quality parameters such as turbidity and chlorophyll-a. Ideal for environmental monitoring, oceanographic research, marine operations, and aquaculture, these sensors use ultra-bright, energy-efficient LEDs for accurate optical measurements. Their robust design ensures reliable performance in both freshwater and marine environments, supporting diverse research and operational applications.

OceanSentinel Buoy

Smart acoustic surveillance for maritime security

The OceanSentinel Buoy is an advanced smart buoy equipped with acoustic processing technology to detect underwater targets and potential threats. Deployed at strategic locations, it forms a fixed, distributed network of sensors that provide early warning capabilities for maritime security. With solar-powered autonomous operation, it ensures continuous surveillance and protection of critical infrastructures and oceanic environments.

OceanDepth Buoy

Seabed monitoring for coastal erosion prevention

The OceanDepth Buoy is a smart monitoring solution designed to measure seabed bathymetry and track coastal erosion in real time. Equipped with an integrated echosounder and advanced algorithms, it provides precise data on sediment shifts and beach regression. Its autonomous operation and seamless data transmission support proactive coastal management and the development of effective shoreline protection strategies.

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